[labmembers] Fwd: EIPBN 2013: ABSTRACT SUBMISSION DEADLINE EXTENDED Help us spread the word ...

Greetings Ebeam Lab Users and SNF Lab Members:


EIPBN Abstract Submission Deadline has been extended!

I request all of the Ebeam Lab Users, and Lab Members working in SNF,  consider submitting an abstract to this very high level Nanofabrication Conference to be held in Nashville end of May 2013.
The conference has extended the abstract submission deadline for a few more days to a week.

Please visit this site for more information:  http://eipbn.org/

All the Best,

James Conway
Electron Beam Technology Group
Stanford Nanofabrication Facility
Stanford University
jwc@snf.stanford.edu




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Subject:	EIPBN 2013: Help us spread the word ...
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EIPBN 2013: Help us spread the word ... Is this email not displaying correctly? View it in your browser. EIPBN 2013: Help us spread the word ... 57th International Conference on Electron, Ion, and Photon Beam Technology and Nanofabrication www.eipbn.org May 28 – May 31, 2013 Gaylord Opryland Resort and Convention Center, Nashville, Tennessee   Dear EIPBN Community, The abstract website is still open for authors who may be a little late. We ask you to help us spread the word to colleagues who may not have attended EIPBN in the past. We are looking for way to expand the conference and your participation is important.  For abstract submission click here. Registration is OPEN, click here. Deadlines: Abstract Submission: January 21 2013 (extended) Early Registration last day: May 1 2013 Online Registration last day: May 18 2013 * The Program Chair reserves the right to accept late entries if the abstracts are of high quality and impact. Abstracts representing high quality original research are invited in the following areas: ·  Extreme UV Lithography ·  Electron & ion beam lithography ·  Advanced optical lithography ·  Metrology & imaging ·  Resists & resist processing ·  Plasma etch & deposition ·  Nanofabrication techniques ·  Maskless lithography ·  Nanoimprint lithography ·  Soft lithography & embossing ·  Atomic layer deposition ·  Novel materials in nanofabrication Topics in emerging technologies include: ·  Nano-scale simulation & modelling  ·   Nanophotonics ·  Patterned media & data storage ·   Nano-electronics ·  Nano-biology ·   Micro- & nano-scale MEMS ·  Micro- & nano-fluidics ·   Self assembly & directed self assembly ·  Nanofabrication for energy sources ·   Atomic & Molecular manipulation Do not forget to sign up for the Mentorship Hour (for all), Virtual Job Fair and Student Breakfast (students) NEW: AVS is encouraging manuscript submissions by offering FREE AVS membership to authors of manuscripts accepted for publication and FREE page charges. Links of interest: PDF Call for Papers    EIPBN Poster  Abstract submission instructions    Plenary Speakers    Conference Site Info   Banquet and Show Site Visit the EIPBN website: eipbn.org and Facebook page or more information. We thank you for your time, and look forward to seeing you at EIPBN 2013 ! Leonidas E Ocola                                     Rebecca Cheung EIPBN 2013 Conference Chair                  EIPBN 2013 Program Chair eipbn.2013@gmail.com                            eipbn13program@gmail.com  friend on Facebook | forward to a friend Copyright © 2013  EIPBN, All rights reserved. You are receiving this because you have authored or co-authored a recent presentation at the EIPBN Conference, or are on our historical EIPBN e-mail list. Our mailing address is: EIPBN 206 Northampton Drive Oswego, IL 60543 Add us to your address book  unsubscribe from this list | update subscription preferences

[labmembers] REMINDER: Special Presentation: "Single Digit Nanofabrication for Nanoscience" Dr. Deirdre Olynick, UC Berkeley Lawrence Berkeley Labs and Molecular Foundry TODAY ALLEN X 101 12:00 - 1:30 PM.

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Your reminder to please join us for this presentation. Pizza will be provided

Special EBEAM LAB Presentation
ALLEN–X 101 Auditorium
Thursday January 31, 2013, 12:00 – 1:30 PM

 

 

Single Digit Nanofabrication for Nanoscience

Dr. Deirdre Olynick

Staff Scientist, Nanofabrication Facility, Molecular Foundry,
 University of California at Berkeley's Lawrence Berkeley National Laboratory

 

Nanofabrication at single digit nano (SDN) resolution (below 10 nm) opens up new possibilities in nanoscience.  SDN applications at the Molecular Foundry include nanofluidics for single molecular detection, optical imaging of materials far below the diffraction limit, and structured materials for efficient energy production.

 

Our group has made significant advances developing new materials and processes for patterning SDN features.  I will highlight our work which combines "bottom-up" and "top-down" techniques and span areas such as novel dry development, SDN modulus characterization of resists, selective atomic layer deposition, double patterning, nanoimprint, and super selective, cryogenic dry etching. Challenges and opportunities will be discussed along with new applications.

 

 

Biography

 

Deirdre Olynick is a Staff Scientist at Lawrence Berkeley National Laboratory's Molecular Foundry, one of five DOE Nanoscale User Centers.   She received her Ph. D. degree in Materials Science and Engineering from the University of Illinois where she was a Fannie and John Hertz Fellow and awarded fellowship from the National Science Foundation and Department of Defense.  She received her B.S. from North Carolina State University.  Prior to coming to LBNL, she worked in the semiconductor industry including at Applied Material.  In 1998, she joined Lawrence Berkeley National Laboratory (LBNL) as a staff scientist in nanofabrication, first at the Center for X-ray Optics and then at the Molecular Foundry.  Her current research areas include resist materials, self-assembly, nanoscale plasma etching, nanoimprint lithography, and patterning for energy. 

Hosted by James W. Conway
jwc@snf.stanford.edu

 

 

 

[labmembers] Wafer bonding out of SNF

Hi,

I was wondering if anyone knows a wafer to wafer bonding capability
outside of SNF, either in a University fab or as a service from a vendor.

-Jyotindra
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[labmembers] Special Presentation: "Single Digit Nanofabrication for Nanoscience" Dr. Deirdre Olynick, UC Berkeley Lawrence Berkeley Labs and Molecular Foundry Thursday Jan 31, 2013 12:00 - 1:30 PM.

Special EBEAM LAB Presentation
ALLEN–X 101 Auditorium
Thursday January 31, 2013, 12:00 – 1:30 PM

 

 

Single Digit Nanofabrication for Nanoscience

Dr. Deirdre Olynick

Staff Scientist, Nanofabrication Facility, Molecular Foundry,
 University of California at Berkeley’s Lawrence Berkeley National Laboratory

 

Nanofabrication at single digit nano (SDN) resolution (below 10 nm) opens up new possibilities in nanoscience.  SDN applications at the Molecular Foundry include nanofluidics for single molecular detection, optical imaging of materials far below the diffraction limit, and structured materials for efficient energy production.

 

Our group has made significant advances developing new materials and processes for patterning SDN features.  I will highlight our work which combines “bottom-up” and “top-down” techniques and span areas such as novel dry development, SDN modulus characterization of resists, selective atomic layer deposition, double patterning, nanoimprint, and super selective, cryogenic dry etching. Challenges and opportunities will be discussed along with new applications.

 

 

Biography

 

Deirdre Olynick is a Staff Scientist at Lawrence Berkeley National Laboratory’s Molecular Foundry, one of five DOE Nanoscale User Centers.   She received her Ph. D. degree in Materials Science and Engineering from the University of Illinois where she was a Fannie and John Hertz Fellow and awarded fellowship from the National Science Foundation and Department of Defense.  She received her B.S. from North Carolina State University.  Prior to coming to LBNL, she worked in the semiconductor industry including at Applied Material.  In 1998, she joined Lawrence Berkeley National Laboratory (LBNL) as a staff scientist in nanofabrication, first at the Center for X-ray Optics and then at the Molecular Foundry.  Her current research areas include resist materials, self-assembly, nanoscale plasma etching, nanoimprint lithography, and patterning for energy. 

Hosted by James W. Conway
jwc@snf.stanford.edu

 

 

 

[labmembers] Single Crystal Quartz Wafer?

Hello,

I am in search of single crystal quartz samples of thickness roughly 0.5mm and with the optical axis (c-axis) normal to the surface. A whole wafer or small pieces of one would be fine, especially if polished on both sides. Might anyone have some spare material that they would not mind letting me have? Thanks!

-Alex Fried (Kapitulnik group)
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[labmembers] lab has been cleaned

Hello all,

The last two days the floor of the lab has been scribed, vacuumed and moped.
All the tapes and sticky stuff has been removed from the floor around
the lab in different areas.
The walls and the windows has been cleaned.

Please keep the lab clean
mahnaz
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[labmembers] Monthly lab clean Time changed

Hello all,

The Monthly lab clean up  will be on  1/23/13 and 1/24/13, the clean up time will be

                                                                from 6 am till 10 am on both days.

The lab will be open during this time.

mahnaz

[labmembers] lab entrance

Hello everyone,
Both doors to the fab are currently broken - the sliding door does not automatically slide, and the front door cannot be unlocked by card.
Thus, I have taped the lock open on the front door, so that people do not get locked outside - better that than the alternative of just leaving the door open for cleanliness...

Please manually open AND CLOSE both doors when entering and leaving the fab - when I came, both doors were open... :(

Happy fabbing,
Max
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[labmembers] fab entrance

Hello everyone,

Both doors to the fab are currently broken - the sliding door does not automatically slide, and the front door cannot be unlocked by card.

Thus, I have taped the lock open on the front door, so that people do not get locked outside - better that the alternative of just leaving the door open for cleanliness...

Please manually open AND CLOSE both doors when entering and leaving the fab - when I came, both doors were open... :(

Happy fabbing,
Max

[labmembers] Gowning Room Access, 1/21-1/22

Dear labmembers --

The gowning room will be closed on Monday, 1/21, from 6 am - 10 am, for
door replacement.
After 10 am, you should be able to enter and exit through the plastic
barrier.
The plastic barrier will remain up through Tuesday afternoon (1/22).
On Tuesday, from 8 am, a temporary gowning area will be set up at the
service entrance.

We apologize for the inconvenience and thank you for your patience
during this project.

Your SNF Staff


--
Mary X. Tang, Ph.D.
Stanford Nanofabrication Facility
Paul G. Allen Room 136, Mail Code 4070
Stanford, CA 94305
(650)723-9980
mtang@stanford.edu
http://snf.stanford.edu

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[p5000etch-pcs] Comment p5000etch SNF 2013-01-15 17:43:01: New quals posted

Quals after the winter shutdown can be found on the wiki, here;
https://snf.stanford.edu/SNF/equipment/dry-etching/applied-materials-precision-5000-etcher-p500etch-semi-clean/new-recent-process-qualifications
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[labmembers] More on door replacements.

Folks,

The double doors that cross the main hall between the bathrooms and the loading dock will be closed tomorrow for replacement.  You will need to take the eastern hall to travel from CIS to Allen.

In an emergency such as an evacuation the plastic can come down from any door impeding your progress to a building exit.

Brett E. Huff

SNF Clean Room Manager

Stanford University

©510-612-8670

bhuff@stanford.edu

[labmembers] Gowning room door closure for replacement. Monday, Jan. 21st.

All,

The least intrusive day to change out the gown room door and frame appears to next Monday.  Monday is a Stanford holiday but 1/2 of our trades people are not on holiday.

The Plastic will go up first thing Monday morning.  The old door and frame will be removed.  The new frame and door will be installed.  During this stretch form about 6:00am to roughly 10:00am the fab will be closed to access.  If you have an emergency need for entry or anticipate an emergency need for entry please contact by cell or email by this Friday.

After 10:00am Monday, the plastic will remain until the sheet rock and paint crews complete their work.  There will be access through the plastic to the gown room during this time.

Once we have the schedule for rock and paint on Tuesday I will let you know.  

I understand EE410 will need to get through several times and I will make certain the crew is aware and sensitive to your needs.  Please be aware of any wet paint as you pass through the area.

Today the work on the chem passthrough doors has started.  There will be plastic in that area.  If you are unable to find chemicals you need today please contact me directly and we will do our best to deliver quickly.  Please think your needs out and plan ahead so you are not caught off guard.

Your patience is appreciated as the door replacement activity is nearly completed.  

Brett E. Huff

SNF Clean Room Manager

Stanford University

©510-612-8670

bhuff@stanford.edu